RADIOMETRIC PROFILING

RP is the most trusted technology in NDT for industrial pipe systems.

NDT Testing Technology

Gamma Graphics Services utilizes the foremost technology in NDT. Safer than radiography, more comprehensive than ultrasonic testing, Radiometric Profiling [RP] provides you with faster results, more information and is completely non-invasive.

Inspections are performed with the Lixi Profiler, which ensures a thorough and accurate assessment with applied RP. This technique delivers information you can count on to satisfy operational and regulatory compliance.

Radiometric Profiling is not your typical NDT technology. RP is a fast, real-time testing technique that helps you detect system defects with a data set and long term benefits that are far superior to any other NDT testing technology.

NO

PREP REQUIRED

Zero pre-inspection insulation / jacketing removal or pipe cleaning


100%

SAFE

RP (radiometry) or non-industrial radiography, presents absolutely no radiation exposure.

200

TEST LOCATIONS

More tests per day means more info, less time on site and lower costs.


360°

COVERAGE

The most complete, thorough data set with real-time information

86%

IMPROVEMENT

Early detection leads to high impact repair and loss avoidance


BEST

VALUE

Control assessment and maintenance costs today and well into the future



 

See everything inside with RP

Radiometric Profiling is the only NDT Technology that allows you to see everything you need to manage a healthy pipe system without touching a thing. 360° thorough scanning provides real-time information for identifying areas of vulnerability including the accurate measurement of corrosion, wet insulation, liquid level, welds, blockage and more.

More information, more locations and no interruptions to your plant result in an experience that is non-invasive and allows you to effectively manage maintenance and repair costs.

PREVIEW THE PROFILER IN ACTION

Radiometric Profiling [RP]

As seen in the figure, material is introduced between the energy source and an energy detector. The detector measures the amount of energy passing through the material (displayed as counts) and a pre-defined calibration allows for the conversion of detector measurements into calibrated values, typically expressed in units compatible with the material being tested.

The more material being measured, the lower the counts and the higher the calibrated value. There is an inverse relationship between detector readings and the calibrated values.

TOUR INDICATIONS OF DAMAGE REVEALED BY THE PROFILER

RP-physics-e1424125652467